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The What, Why and How of Simulating Joule Heating
Any device that uses electrical power experiences energy loss to heat. A primary physical phenomena causing this is known as Joule (or ohmic or resistive) heating, and it can be either advantageous or detrimental for a given system. Some applications - such as fuses, floor heaters, heat lamps, and window defrosters - rely on Joule heating for their operation. In other applications - including bus bars and high-power printed circuit boards - Joule heating is an inevitable side effect that must be predicted and managed if the product is to perform reliably. This webcast explores the physical...
Are you still undecided on an engineering job after graduation? Could you use a resume review, interview tips, and guidance from hiring managers in your industry? If so, this career workshop is for you. Executives from PACCAR, Boeing, Daimler, Pacific Northwest National Labs, and CD-adapco will discuss what they look for in new graduate hires. Get real-world advice on the skill sets, training, interview scenarios, and resume content hiring managers expect for positions involving advanced engineering simulations.
Cylindrical DEM Particles in an Auger
Cylindrical DEM Particles in an Auger
CD-adapco invites you to a one-day workshop that will provide you the opportunity to learn how engineering simulation and design space exploration technology benefits many aspects of oil and gas exploration, production and processing. The oil sands industry will be the specific focus of this event.
Until the release of STAR-CCM+ v11.02, composite particles were needed when modelling anything cylindrical and, to get a realistic representation, this required a large number of spheres.With the introduction of cylindrical particles in v11.02, users will experience increased accuracy and reduced computational time, a rare win-win situation in simulation.
In der chemischen- und pharmazeutischen Verfahrenstechnik kann eine unzureichende Vermischung zu enormen finanziellen Einbußen führen. Um die in diesem Kontext zahlreichen technischen Herausforderungen, welche durch analytische oder experimentelle Methoden nicht oder nur unter sehr großem Aufwand gelöst werden können, effizient zu meistern, findet die CFD-Simulation (Computational Fluid Dynamics) - insbesondere in den Konstruktions- und Scale-up-Phasen der Prozessentwicklung - Anwendung. Eine typische Hürde bei der Durchführung derartiger Simulationen ist für Ingenieure der erhebliche...
The pharmaceutical and chemical process industries face many challenges, such as the rising costs of raw material and the need to develop processes and innovative products that meet safety regulation and performance demands. Fermentation is a widely used biotechnology to produce bio-products such as alcohols, pharmaceutical compounds, alternative fuels or feedstocks for the chemical and other industries. The process itself is driven by microorganisms which are highly sensitive to the conditions in the reactor, like temperature, pH-value, oxygen and substrate concentration or shear rate. As...
STAR-CCM+の3D-CADを利用したモデリングに興味をお持ちのエンジニアの方に最適です。 機能紹介、デモ、ハンズオントレーニングから構成され、様々な3D-CADの機 能を紹介いたし ます。 パラメトリック スタディ、不足CAD形状の作成、既存CAD の修正などを効率的に行う為 の方法について解説いたします。
 電子機器の設計・開発に従事されている方をはじめ、熱流体解析に 取り組まれている方などを対象に、「電子機器におけるプリン ト基板の 熱流体モデリング手法」をテーマとしたウェビナーを 開催いたします。  本ウェビナーでは、電子機器の熱流体解析におけるプリント基板のモデル化 についてご説明いたします。
A Better Understanding of Particulate Flows and Fluid Flows
Coupling Computational Fluid Dynamics (CFD) with Discrete Element Modeling (DEM) is a powerful combination to investigate the effects of particulate flows and fluid flows. This webcast highlights how these technologies have been applied to shorten product process development cycles and reduce energy requirements. Presenters demonstrate using a Rotary Kiln within the context of the DEM-CFD model. They will explore how optimizing these existing processes results in the efficient design of new products. For large-scale chemical products, it can also mean less waste, as well as a reduction in the...